Boelts AV-Y d441
X: -7556.0625 / Y: -1024.59375 / Z: 15678.34375
Updated
43d 13h
43d 13h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 14
Stations 0
Fuel scoop
Not available
Boelts AV-Y d441 A
Neutron Star
Subclass0
LuminosityVII
Distance0.00ls
Stellar Mass0.68
Radius11,425.78
Absolute Magnitude4.54
Rotation Period0.00
Surface Temperature4188186
Age10856
Axial Tilt0.00
Semi-Major Axis1,356,361,687.18
Eccentricity0.08
Orbital Inclination-53.70
Periapsis261.15
Orbital Period269,270.80
Ascending Node-149.07
Mean Anomaly104.83
Boelts AV-Y d441 B
L (Brown dwarf) Star
Subclass0
LuminosityV
Distance20.52ls
Stellar Mass0.20
Radius250,836,752.00
Absolute Magnitude11.71
Rotation Period134,696.43
Surface Temperature1975
Age10856
Axial Tilt0.00
Semi-Major Axis4,627,586,424.35
Eccentricity0.08
Orbital Inclination-53.70
Periapsis81.15
Orbital Period269,270.80
Ascending Node-149.07
Mean Anomaly104.83
Boelts AV-Y d441 AB 1
High metal content body
Landable
Distance336.89ls
Ascending Node169.433719
Axial Tilt0.223793
Eccentricity0.002722
Earth mass1.747999
Orbital Inclination0.025174
Orbital Period18328504.562378
Periapsis333.506919
Radius7170504
Rotation Period18328677.498016
Semi-Major Axis99758301973.343
Surface Gravity13.550367
Surface Pressure0
Surface Temperature908.336914
Mean Anomaly112.216636
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor rocky magma volcanism
Reserve Level---
Iron21.84%
Nickel16.52%
Sulphur15.51%
Carbon13.04%
Chromium9.82%
Manganese9.02%
Phosphorus8.35%
Zirconium2.54%
Molybdenum1.43%
Antimony0.97%
Mercury0.95%
Boelts AV-Y d441 AB 2
High metal content body
Landable
Distance434.12ls
Ascending Node33.026021
Axial Tilt-0.201946
Eccentricity0.000114
Earth mass0.290067
Orbital Inclination0.009363
Orbital Period27193051.576614
Periapsis212.052
Radius4168844.75
Rotation Period116487.591829
Semi-Major Axis129768615961.07
Surface Gravity6.652363
Surface Pressure0
Surface Temperature797.465271
Mean Anomaly253.686875
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron23.79%
Nickel17.99%
Sulphur16.90%
Carbon14.21%
Phosphorus9.10%
Vanadium5.84%
Germanium5.01%
Zirconium2.76%
Niobium1.63%
Ruthenium1.47%
Tungsten1.31%
Boelts AV-Y d441 AB 3
High metal content body
Landable
Distance547.03ls
Ascending Node172.320953
Axial Tilt0.395053
Eccentricity0.00282
Earth mass0.363359
Orbital Inclination-0.001502
Orbital Period38641334.176064
Periapsis353.356749
Radius4471162.5
Rotation Period124730.928273
Semi-Major Axis164020878076.55
Surface Gravity7.244428
Surface Pressure0
Surface Temperature710.274597
Mean Anomaly208.048142
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron21.86%
Nickel16.53%
Sulphur15.53%
Carbon13.06%
Chromium9.83%
Manganese9.03%
Phosphorus8.36%
Zirconium2.54%
Cadmium1.70%
Mercury0.95%
Polonium0.61%
Boelts AV-Y d441 AB 4
High metal content body
Distance1,207.75ls
Ascending Node-164.913835
Axial Tilt0.008755
Eccentricity0.005568
Earth mass1.616102
Orbital Inclination-4.798549
Orbital Period127885943.6512
Periapsis90.29145
Radius7009080
Rotation Period104900.308838
Semi-Major Axis364261192083.36
Surface Gravity13.111611
Surface Pressure24909680
Surface Temperature1550.503174
Mean Anomaly62.825334
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxide
Volcanismmajor rocky magma volcanism
Reserve Level---
Boelts AV-Y d441 C
L (Brown dwarf) Star
Subclass6
LuminosityV
Distance9,217.53ls
Stellar Mass0.14
Radius200,151,488.00
Absolute Magnitude13.19
Rotation Period100,249.59
Surface Temperature1573
Age10856
Axial Tilt0.00
Semi-Major Axis2,351,856,589,317.32
Eccentricity0.16
Orbital Inclination26.68
Periapsis20.17
Orbital Period2,424,435,734.75
Ascending Node101.76
Mean Anomaly87.17
Boelts AV-Y d441 C 1
High metal content body
Landable
Distance9,275.11ls
Ascending Node15.47711
Axial Tilt-0.307044
Eccentricity5.0E-6
Earth mass0.074644
Orbital Inclination-0.00079
Orbital Period3902826.368809
Periapsis121.014768
Radius2712486.5
Rotation Period3902868.142105
Semi-Major Axis19131370782.852
Surface Gravity4.043612
Surface Pressure168.60498
Surface Temperature275.140076
Mean Anomaly267.320774
LandableYes
Tidal LockYes
Atmosphere TypeSulphurDioxide
Terraform StateTerraformable
Reserve Level---
Iron22.69%
Nickel17.16%
Sulphur16.11%
Carbon13.55%
Chromium10.20%
Phosphorus8.68%
Germanium4.78%
Zirconium2.63%
Niobium1.55%
Ruthenium1.40%
Tungsten1.25%
Boelts AV-Y d441 C 2
High metal content body
Landable
Distance9,223.48ls
Ascending Node99.36733
Axial Tilt0.269918
Eccentricity0
Earth mass0.092523
Orbital Inclination-0.011994
Orbital Period6654727.876186
Periapsis71.659217
Radius2905511
Rotation Period6654798.900086
Semi-Major Axis27305289506.912
Surface Gravity4.368327
Surface Pressure273.769623
Surface Temperature258.635071
Mean Anomaly189.58614
LandableYes
Tidal LockYes
Atmosphere TypeSulphurDioxide
Terraform StateTerraformable
Reserve Level---
Iron22.28%
Nickel16.85%
Sulphur15.83%
Carbon13.31%
Chromium10.02%
Phosphorus8.52%
Zinc6.06%
Zirconium2.59%
Cadmium1.73%
Tin1.44%
Ruthenium1.38%
Boelts AV-Y d441 C 3
High metal content body
Landable
Distance9,116.89ls
Ascending Node9.789263
Axial Tilt0.392823
Eccentricity0.001155
Earth mass0.052317
Orbital Inclination-0.239113
Orbital Period10192812.085152
Periapsis261.635246
Radius2419572.25
Rotation Period10192920.884706
Semi-Major Axis36281837224.96
Surface Gravity3.561877
Surface Pressure3.413828
Surface Temperature246.603485
Mean Anomaly162.888166
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron22.91%
Nickel17.32%
Sulphur16.27%
Carbon13.68%
Manganese9.46%
Phosphorus8.76%
Vanadium5.62%
Zirconium2.66%
Molybdenum1.50%
Mercury1.00%
Technetium0.82%
Boelts AV-Y d441 C 4
High metal content body
Distance9,389.23ls
Ascending Node-144.230834
Axial Tilt-0.003849
Eccentricity0.000182
Earth mass0.120588
Orbital Inclination0.015889
Orbital Period17264708.280563
Periapsis263.683619
Radius3161589
Rotation Period145188.501753
Semi-Major Axis51554442048.073
Surface Gravity4.808421
Surface Pressure617152.125
Surface Temperature631.513123
Mean Anomaly227.974962
LandableNo
Tidal LockNo
Atmosphere TypeWater
Terraform StateTerraformable
Reserve Level---
Boelts AV-Y d441 C 5
High metal content body
Landable
Distance9,173.45ls
Ascending Node-176.663369
Axial Tilt-0.395628
Eccentricity0.000461
Earth mass0.194705
Orbital Inclination-1.371016
Orbital Period39812601.208687
Periapsis1.811199
Radius3679310
Rotation Period58062.014601
Semi-Major Axis89985727667.809
Surface Gravity5.732623
Surface Pressure964.089417
Surface Temperature249.638184
Mean Anomaly29.61512
LandableYes
Tidal LockNo
Atmosphere TypeCarbonDioxide
Terraform StateTerraformable
Reserve Level---
Iron23.64%
Nickel17.88%
Sulphur16.79%
Carbon14.12%
Manganese9.76%
Phosphorus9.04%
Selenium2.63%
Arsenic2.23%
Molybdenum1.54%
Tungsten1.30%
Antimony1.05%
Boelts AV-Y d441 C 6
Water world
Distance9,604.37ls
Ascending Node-171.494138
Axial Tilt-0.229884
Eccentricity0.00411
Earth mass0.184876
Orbital Inclination0.006473
Orbital Period58750312.328339
Periapsis79.547153
Radius3619746.75
Rotation Period73361.653617
Semi-Major Axis116636204719.54
Surface Gravity5.623841
Surface Pressure14294.530273
Surface Temperature254.355179
Mean Anomaly9.699773
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxideRich
Terraform StateTerraformable
Reserve Level---
Boelts AV-Y d441 C 7
High metal content body
Landable
Distance8,900.04ls
Ascending Node-57.110951
Axial Tilt-0.508833
Eccentricity0.000471
Earth mass0.212248
Orbital Inclination0.008703
Orbital Period92634643.912315
Periapsis199.374687
Radius3780530
Rotation Period111572.395735
Semi-Major Axis158006715774.54
Surface Gravity5.918997
Surface Pressure9595.025391
Surface Temperature245.080109
Mean Anomaly15.74166
LandableYes
Tidal LockNo
Atmosphere TypeCarbonDioxideRich
Terraform StateTerraformable
Reserve Level---
Iron21.26%
Nickel16.08%
Sulphur15.10%
Carbon12.70%
Chromium9.56%
Manganese8.78%
Phosphorus8.13%
Germanium4.48%
Niobium1.45%
Yttrium1.27%
Tungsten1.17%
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Boelts AV-Y d677π | 0 | Anarchy | 12.06 | No | |
| Boelts AV-Y d393π | 0 | Anarchy | 12.23 | No | |
| Boelts AV-Y d584π | 0 | Anarchy | 13.39 | No | |
| Boelts AV-Y d642π | 0 | Anarchy | 17.17 | No | |
| Boelts AV-Y d721π | 0 | Anarchy | 17.66 | Yes | |
| Boelts AV-Y d736π | 0 | Anarchy | 22.85 | No | |
| Boelts AV-Y d406π | 0 | Anarchy | 24.02 | No | |
| Boelts AV-Y d186π | 0 | Anarchy | 24.31 | No | |
| Boelts ZE-A e67π | 0 | Anarchy | 24.39 | No | |
| Boelts AV-Y d404π | 0 | Anarchy | 24.98 | Yes | |
| Boelts AV-Y d323π | 0 | Anarchy | 26.11 | No | |
| Boelts AV-Y d394π | 0 | Anarchy | 27.35 | No | |
| Boelts AV-Y d578π | 0 | Anarchy | 27.53 | No | |
| Boelts AV-Y d215π | 0 | Anarchy | 27.74 | No | |
| Boelts AV-Y d428π | 0 | Anarchy | 30.82 | Yes | |
| Boelts AV-Y d732π | 0 | Anarchy | 32.36 | No | |
| Boelts GC-S b5-3π | 0 | Anarchy | 33.39 | Yes |